• Develop and implement mechanical and/or materials engineering solutions from concept through product release, with a strong focus on reliability in high‑stress environments. • Design, develop, test, and document systems, subsystems, and components in line with overall product architecture, project goals, and industry standards. • Apply the latest technologies, research findings, and design rules to engineering solutions. • Translate customer, market, and competitive requirements into effective engineering designs using an outside‑in approach. • Collaborate with global competence communities and Research organizations to stay at the forefront of technical innovation and breakthroughs. • Define specifications, design and validate (sub)systems and components based on product requirements. • Drive IP creation and protection (patents, trade secrets, copyrights). • Prepare, update, and maintain development reports and project deliverables. • Provide coaching and mentoring to support knowledge sharing and skill development within the team.

• Review code changes across unfamiliar repositories and tech stacks • Assess problem fairness: Could a skilled engineer solve this with only the given context? • Evaluate test quality: Do tests properly validate the intended solution? • Write clear justifications for your assessments (2-3 sentences per decision) • Flag coherence issues: Inconsistent artifacts, unclear requirements, missing context

• Develop complete electrical system designs for lighting, power distribution, emergency systems, and controls for commercial and industrial facilities. • Prepare designs for roof, ground, and canopy photovoltaic systems including: site layouts, single line diagrams, generation models, and interconnection applications. • Produce construction-ready drawing packages: plans, schematics, wiring diagrams, equipment layouts, and specifications using AutoCAD, Revit, BIM360, or similar design tools. • Perform engineering calculations: load analysis, short-circuit, coordination, arc flash, voltage drop, conduit sizing and energy efficiency assessments. • Ensure all designs are fully compliant with applicable codes and standards (NEC, NFPA, IEEE, ANSI, UL, IEC, UBC). • Collaborate with architects, clients, utility companies, and other engineering disciplines to ensure inter-discipline coordination and constructability. • Participate in site surveys, field investigations, and construction support activities—overseeing data collection, installation, troubleshooting, and commissioning. • Prepare technical documents including engineering reports, cost estimates, permit applications, technical specifications, and as-built documentation. • Support permit and interconnection application processes with local agencies, authorities, or utilities. • Maintain up-to-date technical knowledge of emerging technologies and recommend innovative solutions to enhance project performance and cost-effectiveness. • Provide mentoring to junior staff engineers and designers as appropriate.

• Prototype and implement novel user experiences at the intersection of AI video, world models, and emerging generative media • Design and build agentic tools and interfaces that allow researchers and creatives to interact with and direct AI systems in real time • Explore new application areas for AI video and general world models — from simulation and interactive media to research tooling • Stretch the limits of front-end engineering to broaden what’s possible in research and experimentation contexts • Create internal tools and frameworks used across design and engineering teams at Runway Labs • Work alongside researchers, engineers, and product designers to shape how we think about the future of AI-driven creativity